Advanced Power Module - APM Series

MAIN CHARACTERISTICS

Insulated module with press-pack device inside

Different configurations:

GTO – Fast Recovery Diode / Dual Fast Recovery Diode / Dual Thyristor / Dual Rectifier Diode / Thyristor – Rectifier Diode

Insulation system with high efficiency thermoconductive material

Devices electrically and mechanically compatible with POW-R-BRIK module

High durability and reliability

Precise control of VT, tq and Qrr by electronic irradiation

High insulation and high thermal conductivity is obtained by using AlN disc or thermoconductive elastomer

High reliability based on press-pack hermetic technology

Customized control plan with 100% test of request characteristics

Test report

For industrial medium frequency applications

Inverters for traction (Tramway, Metro)

Input rectifier bridge for industrial applications

Advanced Power Module	Element 1 VDRM VRRM	Element 2 VDRM VRRM	Element 1 ITAV IFAV	Element 2 @TC	Element 1 ITAV IFAV	Element 2 @TC	Element 1 ITSM IFSM	Element 2 ITSM IFSM	Element 1 VT(T0) VF(TO)	Element 2 rT rF	Element 1 VT(T0) VF(TO)	Element 2 rT rF	(dVD/dt)	tq trr
	V	V	A	°C	A	°C	kA	kA	V	mΩ	V	mΩ	V/μs	μs
APM2000GFF													1000
APM1800GFF													1000
APM310TTHVI	5600	5600	313	85	313	85	10.0	10.0	1.30	1.150	1.30	1.150	500	-
APM310TDHVI	5600	5600	313	85	469	85	10.0	10.0	1.30	1.150	1.30	1.150	500	-
APM800TT	1800	1800	808	85	808	85	25.0	25.0	0.82	0.820	0.82	0.820	500	250.0
APM740DDHVI	5600	5600	738	85	738	85	20.0	20.0	1.00	0.400	1.00	0.400	-	-
APM1100DDHVI	2800	2800	1085	85	1085	85	28.0	28.0	0.80	0.140	0.80	0.140	-	-
APM530T	3000	-	459	85	-	-	13.0	-	1.20	0.450	-	-	500	400.0
APM240FF	2200	2200	239	85	239	85	6.5	6.5	1.20	0.800	1.20	0.800	-	4.0
APM230FF	2500	2500	224	100	224	100	5.0	5.0	1.40	1.500	1.40	1.500	-	1.5
APM530DD	3000	3000	839	100	839	100	14.0	14.0	0.90	0.130	0.90	0.130	-	25.0
APM800DDK	2500	2500	882	100	882	100	16.0	16.0	0.85	0.120	0.85	0.120	-	25.0
APM800FFA	2500	2500	801	80	801	80	16.0	16.0	1.10	0.310	1.10	0.310	-	2.3
APM800FF	2500	2500	801	80	801	80	16.0	16.0	1.10	0.310	1.10	0.310	-	2.3
APM540DT	2400	2400	780	85	780	85	16.0	16.0	0.90	0.120	0.90	0.120	300	-
APM590TT	1400	1400	593	85	593	85	27.0	27.0	0.82	0.180	0.82	0.180	1000	-
APM1200DD	2500	2500	1192	85	1192	85	33.0	33.0	0.76	0.105	0.76	0.105
APM1500T	1800		1526	86		60		0.92	0.095			500	320

Advanced Power Module	VGT	IGT	VGT	IGT	Rth(j-c) for element	Tjmax	Vins(RMS) 1 min	Case to heatsink	Busbar to terminal	A	B	Case	Scheme	Ref(*)
	V	mA	V	mA	°C/kW	°C	V	Nm	Nm	mm	mm
APM310TTHVI	3.5	400	3.5	400	51	120	6000	4	14	160.0	90	K5PM	TTX	-
APM310TDHVI	3.5	400	-	-	51	120	6000	4	14	160.0	90	K5PM	TDX	-
APM800TT	3.5	300	3.5	300	42	125	4500	4	14	160.0	90	K5PM	TTX	-
APM740DDHVI	-	-	-	-	51	150	6000	4	14	160.0	90	K5PM	DDX	-
APM1100DDHVI	-	-	-	-	51	150	6000	4	14	160.0	90	K5PM	DDX	-
APM530T	3	200	-	-	51	125	4500	27	14	135.0	94	K1PM	T	Yes
APM240FF	-	-	-	-	100	125	4500	14	14	159.0	77	K2PN	FF	Z7A
APM230FF	-	-	-	-	100	150	4500	14	14	159.0	77	K2PN	FF	Z7A
APM530DD	-	-	-	-	51	150	4500	27	14	190.5	94	K3PM	DD	Z9A
APM800DDK	-	-	-	-	51	150	4500	27	14	190.5	94	K3PM	DDK	Z9A
APM800FFA	-	-	-	-	51	150	4500	27	14	190.5	94	K3PM	FFA	Z9A
APM800FF	-	-	-	-	51	150	4500	27	14	190.5	94	K3PM	FF	Z9A
APM540DT	-	-	3.0	200	51	130	4500	27	14	190.5	94	K3PM	DT	Z9A
APM590TT	3.5	350	3.5	350	70	130	4500	5	14	190.5	94	K3PM-X	TT	Z9A
APM1200DD					51	150	4500	5	15	203	110	K4PM	DDF	Z5AA
APM1500T	3.5	350				20	125	4000	12		187	100	K6PM

Advanced Power Module	VDRM / VRRM	VRRM	ITCM	ITAV TC = 55 °C	IFAV TC = 55 °C	ITSM Tj = 125 °C	IFSM Tj = 140 °C	VT(T0)	rT	VF(T0)	rF	(dVD/dt)
	V	V	A	A	A	kA	kA	V	mΩ	V	mΩ	v/μs
APM2000GFF	2500 / 16	2500	2000	435	400	11	11	1.30	0.650	1.15	0.730	1000
APM1800GFF	2500 / 16	2500	1800	435	421	11	11	1.30	0.650	1.25	0.500	1000

Advanced Power Module	VGT	IGT	VGT	IGT	Rth(j-c) for element	Tjmax	Vins(RMS) 1 min	Case to heatsink	Busbar to terminal	A	B	Case	Scheme	Ref(*)
	V	mA	V	mA	°C/kW	°C	V	Nm	Nm	mm	mm
APM2000GFF	1.0	3000	-	-	80	125	3500	5	15	203	110	K4PM	GFF	Z5AA
APM1800GFF	1.0	3000	-	-	80	125	3500	5	15	203	110	K4PM	GFF	Z5AA